隔声是建筑声学的一个基本问题。
Sound insulation is one of the basic questions in architectural acoustics.
对声学的原因可能会造成眩光墙倾斜。
非线性声参量是非线性声学的一个重要参量。
The acoustic nonlinearity parameter is an important parameter in nonlinear acoustics.
他指出压缩和张力之间的关系是线性声学的基础。
It established the direct relationship between stress and strain that is the basis for the formulas of linear acoustics.
从波动声学的角度讨论声波测井的探测深度问题。
Based on acoustics, one can study the testing depth of sonic logging.
教室室内声学问题是当前建筑声学的一个研究热点。
Research of acoustical environment of classrooms is a current hotspot in architectural acoustics.
赛宾的“混响时间”公式，奠定了建筑声学的基础。
The formula of reverberation time by W. C. Sabine is a foundation of architectural acoustics.
由声学的基本原理可知：产生噪声的根本原因是振动。
Due to the basic theory of acoustics:the fundamentality reason of noise is vibrate.
有源控制已在声学的各个领域内进行着富有成效的研究。
Active control is now being vigorously investigated in various acoustic fields.
所以在流行音乐中有很多声学的东西以及合成的技巧在里面。
So there are a lot of acoustical things and sort of tricks of synthetic things going on in pop music.
游泳馆的语言清晰度设计是建筑声学和电声学的综合设计。
Both the architectural acoustics and electroacoustics are used in the language articulation design.
心理声学的研究结果表明汉语与英语在听感知上存在着差异。
The research results of psychoacoustics have showed that there are differences in the auditory perception between Chinese and English.
对人类生理声学和心理声学的了解是研究三维声音技术的基础。
The knowledge of physiological acoustics and psychological acoustics is the basis of the research of 3D sound technology.
浅海内波环境中的声传输起伏研究是近年海洋声学的研究热点之一。
Recently, it more and more becomes one of study focuses of ocean acoustics in shallow water.
即使从物理与声学的角度来看，语音的分离性也一定不止是假象而已。
Even from a physical, acoustic point of view, discreteness must be more than an artifact.
他还积极从事有源噪声控制和非线性声学的研究，并取得了显著成果。
He has also made some remarkable achievements in the field of active noise control and nonlinear acoustics, and is still active in research work.
而带宽范围较宽的音频编码采用的则多是基于心理声学的感知编码技术。
However, the audio coding technology for ultra wideband mostly USES perceptual coding which is based on the psychoacoustic model.
介绍声学的一些基本概念以及声学功能橡胶的声学性质、配合加工及选用。
Some fundamental concepts about acoustic and the acoustic properties, compounding and application of the acoustics functional rubber were investigated.
基于射线声学的虚源法，通过具体算例，分析了典型声源声聚焦引起的测量误差。
Here the measurement errors due to acoustic focusing of typical sound sources are analyzed by detailed examples based on the method of image sources in the Ray Theory.
文章根据波动声学的观点对房间内的低频段声场做分析，理论和实验都验证了这个结论。
Based on wave acoustics, the low frequency sound field is analyzed in this paper, and reciprocity is verified both theoretically and experimentally.
中国声学的最大特色和成就在于中国特有的乐律学，而乐律学之根本在于黄钟律管的确定。
The greatest distinction and achievement of Chinese acoustics lies in the temperament which is based on the Huangzhong pipe.
直到最近，心理声学的研究重心开始从认知过程的细节转向了对周边的听觉系统行为的研究。
Until recently, psychoacoustics has devoted more attention to the behaviour of the peripheral auditory system than to the details of cognitive processing.
由大麻织物制成的挡板被悬挂在屋顶上，作为改善声学的一种方法，并软化金属屋顶的工业外观。
Baffles made from hemp fabric have been suspended from the roof as a way of improving acoustics, and softening the industrial appearance of the metallic roof.
以水中运动目标为例，给出了水声环境下，合成信号、环境噪声、海洋声学的数学模型和合成环境系统仿真实验。
This paper focuses on the research of the system structure of the synthetic environment of the passive sonar and the modeling and simulation test of the underwater sound synthetic signal.
本文运用理论分析，根据水下爆炸和水声学的基本知识，分析了水下爆炸的基本特性，得出水下爆炸声源的基本模型；
The signal source model of underwater explosion is obtained through theoretic analysis. According to the basic knowledge of underwater explosion and acous tics.
因此，研究吸声体的声学性能有助于建筑声学的实际应用，对提高人民的生活质量，改善室内环境具有重要的现实意义。
So to research the capability of absorber is meaningful to the realization of architectural acoustics, which is helpful to improve inner environment.
有种特别的手持分光镜可以检测出车用安全贴纸中的特殊的色素，可以使用光学的，声学的信号来显示出安全贴纸的真假。
The specialty pigment in the CarSecure stickers can be checked using a special hand-held spectroscope, which employs optical and acoustical signals to indicate whether the sticker is genuine.
“我们建立了天空一样的吊顶隔膜，它模仿Geocell网格，能够适应声学的需要并且作为结构的技术支持，”建筑师说。
"We built a sky-ceiling membrane, modelled with the Geocell net, capable of both adapting to the acoustic needs and acting as a technical support for the structure," said the architect.
“我们建立了天空一样的吊顶隔膜，它模仿Geocell网格，能够适应声学的需要并且作为结构的技术支持，”建筑师说。
"We built a sky-ceiling membrane, modelled with the Geocell net, capable of both adapting to the acoustic needs and acting as a technical support for the structure," said the architect.
应用推荐